1) Slaver Thread
子线程
1.
The realization of Modbus Protocol communication by using Main Thread and Slaver Thread boosts up reliability and practicability.
NET2003来开发工业自动控制领域中常用的Modbus协议通信软件,采用主线程和子线程机制来实现Modbus协议通信,增强了可靠性和实用性。
2) sub-line
子线
1.
Aims at the mutual attracting and conglutinating phenomenon of in-phase vertical twin branch lines in 220 kV line, using formula deducing methods in theory discusses the mutual attracting and conglutinating phenomenon of sub-lines, analyzes the harmful consequences of this phenomenon for electric power transmitting system.
针对220kV送电线路垂直双分裂导线两子线相吸粘连的现象,利用公式推导的方法对产生子线相吸粘连的现象进行理论探讨,并分析了这种现象对输送电系统产生的不良后果。
3) quantum wires
量子线
1.
Intersubband and intraband transitions of self-assembled quantum wires for the Infrared detectors;
可用于红外探测器的自组织量子线及其带间和子带间光学跃迁
2.
Electron Waveguide of Quantum Wires;
量子线电子波导特性的讨论
3.
The results show that AAO templates prepared by the method are uniform and ordering,and can be used as the template for preparation of quantum wires and quantum dots.
结果表明,用二次阳极氧化法制备的氧化铝模板均匀有序性较好,可作为下一步制作量子点、量子线的模板。
4) molecular wire
分子线
1.
Effect of single-charge state on the transport property of molecular wire;
单电荷带电态对分子线输运特性的影响
2.
The current-voltage characteristic of molecular wires;
SH-C_8H_(16)-SH分子与金表面形成的分子线的伏安特性
5) tire cord
帘子线
1.
Discussion of twisting process of 1 100 dtex PET tire cord on a direct twisting machine;
1 100 dtex涤纶帘子线直捻机加捻工艺探讨
2.
Preparation of high-strength-low-shrinkage nylon 66 tire cords;
高强低缩锦纶66帘子线的研制
3.
Development of finishes for high-speed spun PA6 tire cord;
高速纺锦纶6帘子线油剂开发
6) cord yarn
帘子线
1.
The paper mainly introduced polyester cord yarn industry from the aspects of development course,the status quo of production at home and abroad,the technology,characteristics,classification and application prospect in market etc.
文章主要对涤纶帘子线的生产发展历程、国内外生产现状,以及涤纶帘子线的生产技术、特点、分类及市场应用前景等方面做了介绍。
2.
The adhesion of PET cord yarn treated by low temperature plasma was studied in this paper.
运用等离子体对涤纶帘子线进行处理,研究处理前后涤纶帘子线与橡胶粘合性的变化,结果表明经低温等离子体处理后,涤纶帘子线与橡胶粘合性得到明显的改善。
参考词条
补充资料：小程子
1.见"小程"。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。